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Significance The ability of an animal to sense what to eat, such as carbohydrate-rich food, as well as to reject food that may be disadvantageous or even deadly is essential for survival and adaptation to metabolic demands compounded by continuous changes in the environment. Here we investigate evolutionarily conserved pathways central for either choosing or rejecting nutrients based on neuronal system interactions between internal signals and the external milieu. These pathways are likely to be necessary for the ability to perform quick adaptation to the immediate conditions and in general provide clues to the structure of the fly’s internal network governing nutrient sensing.

CCAP regulates feeding behavior via the NPF pathway in Drosophila adults